3. (4 pts) The key step involves a base pulling off one of the benzylic hydrogens...
5. Fill in the following table to show amounts to use and theoretical yield. Product Epoxide product Moles MW Density Amount Amounts Reactant Reactant MCPBA Product from last experiment 22 mmol 22 mmol 172.57 g/mol 82.14 g/mol NA 0.83 g/ml Calculate and Calculate and write write in pre-lab in pre-lab notes notes 22 mmol 98.14 g/mol NA This amount will be your theoretical yield.
5. For today's experiment, you will be performing the first step of your multistep synthesis to make trans- 1,2-cyclohexanol from hexanol. You will be using distillation to separate the product of the first step in the synthesis. (see the procedure below for diagrams and photos of what distillation setup looks like. Check the boiling points provided in the chemical table for starting material and product. Which compound boils at a lower boiling point? Explain briefly based on boiling point differences...
PLEASE ANSWER QUESTIONS 8-10
PLEASE
ANSWER # 8-10!!!!
Your goal for this experiment is to design a synthesis for: o- Experiment Questions How do I design a multi-step syntheses given starting material and product? • How can I synthesize trans-1,2-cyclohexanediol from hexanol using reactions already learned in lecture and lab? Experiment Techniques · Using distillation as a separation technique. • Using washing (a type of extraction) for purification Introduction So far this semester, you have performed three different types of...
Experiment Questions What is an epoxide and how is it useful with respect to synthesis design? • What are typical reagents used for epoxidation? • What is the mechanism for epoxidation? Must stereospecificity be considered? Experiment Techniques • Use of sodium bisulfite wash to remove excess peroxy acid from reaction mixture. Introduction By now you are well aware that the product of previous experiment (reaction of cyclohexanol and acid) is an alkene. You should also be storing key reactions of...
If you could answer 1 and 2 please. Thanks!
Introduction One of the best ways to make aromatic amines is to exploit a rearrangement reaction that breaks a C-C bond. To achieve the rearrangement, you need to make an acyl nitrene intermediate (or suitable derivative). There are a variety of these processes: the Curtius and Schmidt rearrangements access the nitrenes from acyl azides, but these can be explosive, so aren't ideal for an undergraduate lab. The other method is to...
Need help, numbers 3-6 please show work. and fill out table of
chemicals for all chemical used.
calculate mmol in the table as well show work please
and each of these must be listed in its own row. There are 10 column headings: IUPAC name OR common name, structure, CAS number (Chemical Abstract Service number) molecular mass, melting point (if applicable), boiling point (if applicable), solubility (in water, if applicable), density, amounts to be used in the experiment, and the...